Pathogen Detection
Method
Summary
Rapid, Cost-Effective Detection: This method offers a fast, affordable, and sensitive alternative to current pathogen detection techniques, addressing the need for quick diagnostics, especially in preparation for future pandemics or emerging pathogens.
PCR-Comparable Accuracy: Delivers diagnostic accuracy equivalent to PCR testing but without the complexities of temperature cycles, enzymes, or specialized lab protocols.
Universal Application: Capable of detecting any type of pathogen from various tissue samples (blood, animal, or plant) at ambient temperature.
Quick Results: Provides results in approximately 10 minutes, indicated by a simple color change in the solution, making it ideal for on-site use without the need for expert personnel or electricity.
Main Achievements
Rapid Pathogen Detection: Capable of detecting any pathogen in a short period, eliminating the need for conventional methods like PCR and significantly reducing diagnostic time and costs.
Global Emergency Response: Provides fast identification and diagnostic solutions for emerging pathogens in less than one week, making it invaluable for global health responses.
User-Friendly with Protective Gear: Designed for ease of use even when wearing protective equipment (e.g., JLIST/MOPP), ensuring accessibility in critical environments.
Versatile Sample Detection: Can detect pathogens directly from a variety of environmental samples or body fluids, offering flexibility in diagnostic applications.
High Accuracy: Achieves more than 99% accuracy in pathogen identification and diagnosis, ensuring reliable results.
Quick Results: Delivers test results in under 10 minutes, supporting rapid decision-making.
Uninterrupted Supply: No dependency on specific raw materials, ensuring continuous availability even during periods of high demand.
Market Size
Market Value in 2022: USD 5.40 billion
Projected Market Value by 2030: USD 8.71 billion
CAGR (2022-2030): 5.30%
Growth Driver: Increasing demand for fast, cost-effective pathogen detection methods.
